Elgato HD60 X Review (2026): The 1080p60 Capture Card That

Why you should trust this review

I have been reviewing video capture and streaming gear for eight years, with prior bylines at PCWorld and a four-year stint contributing to a streaming outlet. I have streamed to Twitch since 2017 and run a small retro-gaming YouTube channel. I purchased our HD60 X at retail in August 2025, and Elgato did not provide a sample.

Across eight months I logged roughly 180 hours of streaming and recording, mostly from a PS5, an Xbox Series X, a Nintendo Switch, and a Wii U for retro content. I have also tested every Elgato capture card from the 2015 HD60 onward, plus the AVerMedia Live Gamer line and the Razer Ripsaw HD, so my sense of where the HD60 X lands is built on the alternatives, not just this one box. The wider lab protocol is on our methodology page.

How we evaluated

My capture-card protocol runs a minimum of 60 days; for the HD60 X I ran 240. I measured passthrough latency with a Leo Bodnar Display Lag Tester, comparing a direct HDMI chain against an HDMI-through-the-card chain and averaging 100 measurements. I checked capture quality by recording 1080p60 at 6,000 kbps in OBS and comparing frame for frame against native PS5 recording.

I tested VRR and HDR passthrough on a 4K120 VRR monitor with PS5 and Xbox Series X titles, monitored CPU overhead during OBS recording on a Ryzen and RTX 4070 build, and ran 180 hours of mixed real-world Twitch streaming and YouTube recording to check for drops and crashes.

Passthrough: 7.4 ms latency, native feel

The HD60 X has one HDMI 2.0 input and one HDMI 2.0 output. Your console plugs into the input, your monitor or TV into the output, and the play feed bypasses the capture stage entirely while the card siphons off a copy for streaming. That architecture is why it feels transparent in use.

On the Leo Bodnar tester I measured 7.4 ms of passthrough latency, roughly half a frame at 60 Hz and well below the human perception threshold. I played Tekken 8, Smash Ultimate, and Apex Legends through it and never felt input lag the card had introduced. Crucially, the passthrough supports up to 4K60 with HDR10 and VRR, so your PS5 can output 4K60 HDR with VRR to your TV while the card quietly captures 1080p60 for the stream. For competitive console play, that combination is exactly what you want.

Capture quality and CPU overhead: clean and light

The hardware H.264 encoder captures up to 1080p60 at bitrates up to 40 Mbps. For Twitch at 6,000 kbps there is plenty of headroom, and for local recording I capture at 30 Mbps, which produces YouTube-grade master files. Color accuracy is excellent; side by side against native PS5 recording, the HD60 X capture is essentially indistinguishable, with skin tones, blacks, and saturated reds all matching closely.

The hardware encoder also keeps your CPU free. In OBS at 1080p60 the card consumed roughly 4 percent CPU on my system, against roughly 18 percent for x264 software encoding. That gap matters when you are running a game, OBS, Discord, a browser, and stream alerts at once, because it is the difference between a smooth stream and one that stutters under load.

OBS integration and build: one-click and warm-but-fine

Setup in OBS is genuinely one click. You add the HD60 X as a Video Capture Device source, the default 1080p60 settings work, audio routes automatically, and that is it. I have not touched the source settings in eight months. Streamlabs treats it identically, and no special drivers are needed beyond the initial Control Center install. Elgato’s own 4K Capture Utility is fine for quick recordings outside OBS, but I have not opened it since the first week because OBS does everything better.

The card itself is a small black puck with one HDMI in, one HDMI out, and a USB-C port, bus-powered with no separate brick. The plastic shell feels solid and it runs warm but not hot through long sessions; I streamed six-hour blocks with no thermal drop, no freeze, and no audio sync drift over eight months. My one practical gripe is the included 1-meter USB-C cable, which is too short for any serious setup, so plan on a longer braided cable.

It is also worth flagging how the card behaves across consoles, because that is where a lot of capture setups get fiddly. Switching between the PS5, the Xbox Series X, and the Switch required nothing from me beyond swapping the HDMI input; OBS kept recognizing the source and the audio routing held without re-configuration each time. For the Wii U and other older consoles outputting lower resolutions, the card simply captured whatever it received without choking, which made it the one capture device I could leave permanently wired into my switcher.

Who should buy the Elgato HD60 X?

Buy it if you stream to Twitch or YouTube at 1080p60 from a console, you want VRR and HDR passthrough so your gameplay stays native, you use OBS or Streamlabs and want plug-and-play setup, and you have a USB 3.0 Type-C port on your PC.

Skip it if you want to capture, not just pass through, at 4K60, where the Elgato 4K X is the right pick. Skip it if you need a PCIe internal card for lowest-latency PC-to-PC capture, where the AVerMedia Live Gamer 4K fits, or if you stream from a single PC and can use OBS Game Capture with no card at all.

The verdict

The Elgato HD60 X does the boring thing exceptionally well: it gets out of the way. The 7.4 ms passthrough means your console play feels native, the 4K60 HDR and VRR passthrough keeps your display looking its best while you stream, and the hardware encoder keeps your CPU free for everything else. The 1080p60 capture ceiling is its only meaningful limit, and since Twitch caps most streamers at 1080p60 anyway, it is the right ceiling for the vast majority. After eight months with zero failures, it is the capture card I would hand to any console streamer. If you specifically need 4K60 capture for YouTube edits, step up to the Elgato 4K X.